Performance Level of Selected Grade 10 Students on Electromagnetic Spectrum in Flexible Learning in the Selected Public High Schools in Lucena City: Basis for a Proposed Online Enrichment Learning Material
Area of Research
Abstract
This study ‘’Performance Level of Selected Grade 10 Students on
Electromagnetic Spectrum in Flexible Learning in the Selected Public High Schools in
Lucena City: Basis for a Proposed Online Enrichment Learning Material’’ identified
the performance level, as well as other factors that are present and related to the
academic performance of Grade 10 students in a particular topic in science,
specifically the Electromagnetic Spectrum in a flexible learning environment. This
study used a quantitative descriptive research design. This included survey
questionnaires consisting of 5 parts; the demographic profile and the four researchermade scales which are the Engagement Level, Influential Factors, Coping
Mechanisms, and Encountered Challenges related to Grade 10 students in the
second quarter topic which is Electromagnetic Spectrum in flexible learning.
Moreover, there is also a self-constructed 30-item test about the said topic to
measure the performance level of the respondents, in support of sub-problem
number two. The data collected from the survey questionnaire, including the four selfconstructed tests were computed using statistical treatments namely, Percentage, for the demographic profile and Weighted Mean for parts two to five. As for the scores
from the test, Average/Mean, Mean Percentage Score (MPS), and Standard
Deviation are the specific statistical treatments applied. After conducting the survey
and test, based on the data, the majority of the respondents are highly engaged in
flexible learning, agree that moral and social support is an influential factor to them,
and most of the students are performing averagely with average mastery level in
Electromagnetic Spectrum. Furthermore, implementing projects that support the
educational need of students in flexible learning, maintaining a conducive learning
ambiance, and providing supplemental activities to enhance students’ performance
levels are only some of the recommendations included in the study.
Keywords
challenges
coping mechanisms
electromagnetic spectrum
engagement level
flexible learning
online learning
performance level
physics
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